THE MALTA COSMOLOGY TEMPLATE

Chapter 03 - Blackholes

PARTS

Part 0301 - Gravitonpair Physics

ARGUMENT 0301-08

• 0102-01:     That every graviton has these properties:   mass, spin, and rejectivity.
• 0103-01:     That every graviton attracts every other graviton in the Universe at a rate proportional to the product of their masses and inversely proportional to the square of the distance between them.
• 0103-04:     That every gravitonpair has energy which is the movement of its gravitons due to their mutual gravitypull.
• 0103-06:     That energy is a conserved property. 
• 0301-03:     That every gravitonpair is adjacent or unadjacent.
• 0301-04:     That every graviton is adjacently gravitonpaired with at least twelve other gravitons simultaneously.

• Consider that all gravitons have gravity and are thus constantly attracted toward one another. 
• Consider that all gravitons have rejectivity and are thus subject to the Rejectivity Law.

• Because the gravitons in an adjacent gravitonpair have gravity and rejectivity, their possible behaviour is: 

• They repeatedly bounce off each other.
• They orbit each other.
• They are permanently drawn together to the limits of their rejectivity.
• They escape from each other by breaking their adjacency.

• The speed at which an adjacent gravitonpair's gravitons converge and diverge is the vergence velocity.
• For calculation purposes, the vergence velocity is related to a standard candle. 
• The standard candle is a vergence velocity of zero at the gravitonpair's gravitysheath interface.
• Thus: 

• A vergence velocity that will carry the gravitons to the gravitonpair's gravitysheath interface but not over it is zero.
• A vergence velocity that will not carry the gravitons to the gravitonpair's gravitysheath interface is zero minus amount of the shortfall.
• A vergence velocity that will carry the gravitons over the gravitonpair's gravitysheath interface (and thus break the gravitonpair's adjacency) is zero plus the amount of the excess. 

• Note that an adjacent gravitonpair's gravitysheath interface is not the same as the gravitysheath interfaces of each of the gravitons it contains. 

• That every adjacent gravitonpair has a vergence velocity.